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    (Last updated : 2025-10-18 09:34:51)
  Tomoki Kobashi
Department of Architecture, Faculty of Creative Engineering
Master's Program in Architecture, Graduate School of Creative Engineering
Associate Professor
■ Office
Tsudanuma Campus, No.1 Building,19th floor room 021911
■ Academic background
1. 2015/10~2018/09 〔Doctorial Course〕 Architecture and Building Engineering, Graduate School, Division of Science and Engineering, Tokyo Institute of Technology, Completed, Doctor of Engineering
2. 2009/04~2011/03 〔Master Course〕, Graduate School, Division of Integrated Science and Engineering, Tokyo Institute of Technology, Completed, Master of Engineering
■ Present specialized field
Building structures and materials (Key Word:Structural Engineering, Steel Structures, Buckling, Structural experiment, Numerical Analysis) 
■ E-Mail Address
  kyoin_mail
■ Research activities
1. 2023/04~ Japan Society of Steel Construction
2. 2009/04~ Architectural Institute of Japan
■ Works
1. Book Stability Problems of Steel Structures 2022   (Collaboration) 2022/11/25
2. Article Buckling Strength of Lipped Channel Members Subjected to Axial Compression on the Web Proceedings of constructional steel pp.262-269 (Collaboration) 2024/11
3. Article Evaluation method for elastic buckling strength of axially compressed plate with intermediate stiffener Proceedings of ISAIA 2024  (Collaboration) 2024/09/10
4. Article Maximum strength of back-to-back built-up cold formed lipped channel subjected to axial compression  pp.1075-1076 (Collaboration) 2024/07/01 Link
5. Article Elastic Local Buckling Stress of Lipped Channel Members subjected to Eccentric Compression The 18th World Conference on Earthquake Engineering Online Proceedings  (Collaboration) 2024/06/30 Link
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■ Research topic, funded research, and department laboratory expense
1. 2025/04~2028/03  Development of a Design Method for the Buckling Strength of Screw-Connected Cold-Formed Steel Members  (Key Word : )
2. 2023/08~2025/03  Development of a Design Method for Built-up Members Composed of Multiple Screw-Connected Cold-Formed Steel Members  (Key Word : )
■ Home Page
   https://sites.google.com/view/cita-kobashi-lab/